You searched for how to mix trance, so the symptom is probably familiar: your supersaws sound huge in solo, then the full drop turns into a wall where the kick disappears, the lead fights the pads, and the reverb smears everything into one long wash. Trance is one of the densest genres to mix because almost every element is wide, layered, and drenched in effects by design. The fixes are specific, though, and this guide gives you the numbers for each one, so you can take a congested trance mixdown to a clear one in a weekend.
The trance low end rolls: kick and offbeat bass at 132 to 140 BPM
Trance sits between 132 and 140 BPM, and at that tempo the low end is not a static layer, it is a rhythm. The classic pattern puts the kick on every quarter note and the bass on the offbeats, so you are not carving two simultaneous sounds apart, you are shaping a handover that happens eight times per bar. If the handover is clean, the low end rolls. If the bass tail leaks into the next kick, the roll turns into a blur.
Give the kick the sub and let the bass sit just above it: kick fundamental around 45 to 55 Hz, bass fundamental an octave area up, roughly 80 to 120 Hz, high-passed at 40 to 50 Hz so its sub harmonics do not pile onto the kick. Then sidechain the bass to the kick even though they alternate, because the bass release tail still overlaps the kick attack. In trance the sidechain is deeper than in most genres: 4 to 6 dB of gain reduction with a release of 80 to 120 ms, timed so the bass swells back exactly on the offbeat. That pumping swell is part of the groove, not a side effect. Finally, force everything below 120 to 150 Hz to mono, because wide sub energy cancels on the club systems the genre lives on. The techno mixing guide covers the same kick-and-bass contract at a darker tempo.
Supersaws: high-pass at 150 to 250 Hz and make the width survive mono
The supersaw stack is the signature trance sound and the single biggest source of mix problems. Seven or more detuned saws per note, often three or four layered patches deep, generate enormous energy below 200 Hz and a stereo field built almost entirely from phase differences. Left alone, that low energy buries the kick and bass you just organized, and the phase-built width cancels the moment a club plays your track in mono.
Two moves fix it. First, high-pass every supersaw layer between 150 and 250 Hz, higher than feels natural in solo. The stack will sound thin alone and perfect in context, because the kick and bass supply the weight underneath. Second, build the width deliberately: keep a mono or narrow core layer in the center and push only the doubling layers wide. Then check the fold. Hit the mono button on your master and listen to the lead line: if it drops more than 2 to 3 dB or the detune turns into flanging, the width is fake. Reduce the stereo spread or the unison detune until the lead survives mono at nearly full strength. A drop that only works in headphones is not finished, and the fold is easy to verify: run the drop through TrackSensei and the mono compatibility score shows you how much width you actually lose.
Win the lead vs pads battle at 2 to 5 kHz
Trance breakdowns stack a lead, two or three pad layers, plucks, and arps in the same two octaves, and they all carry energy in the 2 to 5 kHz presence region, exactly where the ear decides which sound is in front. When everything occupies it equally, nothing leads, and turning the lead up just makes the breakdown louder and the masking worse.
Carve instead. On every pad and supporting layer, cut 2 to 3 dB with a wide Q somewhere between 2 and 5 kHz, sweeping to find where the lead pokes through most. Give the lead a matching 1 to 2 dB lift in the same region if it still needs help. Then set the static balance with the faders: pads sit 1 to 3 dB under the lead, always. Pads are atmosphere, and atmosphere you notice only when it is gone is mixed correctly. The same carve-then-tuck logic runs through the melodic techno mixing guide, just with fewer layers fighting for the slot.
Reverb and delay without the wash: pre-delay, filtered returns, ducking
Trance needs big reverb, and the size is rarely the problem. The wash that ruins most amateur mixes comes from what feeds the reverb and when the tail is allowed to ring. A 4 to 6 second hall fed by a full-range supersaw refills the low mids you cleaned, blurs the pluck transients, and keeps ringing straight through the drop.
Three defaults solve it. Set 20 to 40 ms of pre-delay on the main reverb so the dry transient lands before the tail starts, which keeps plucks and leads defined even at long decay times. High-pass every reverb and delay return at 300 to 500 Hz, permanently, so the tails live in the airy range and never in the mud range. And duck the reverb: put a compressor on the return, sidechained from the dry lead, pulling the tail down 3 to 4 dB while the lead plays and letting it bloom in the gaps. You keep the cathedral, you lose the smear.
Mix the trance arrangement: the breakdown and the drop are two different mixes
A trance track is not one static mix, and the breakdown is the emotional core of the genre, so it deserves its own balance. Automation across sections is what separates a finished record from a loop that runs for seven minutes, and one principle drives all of it: drop impact is contrast, not volume. The drop hits hard because the thirty seconds before it were smaller, narrower, and quieter, not because you pushed the limiter harder.
Work the transitions with automation lanes rather than new plugins. Open the breakdown by letting the reverb sends rise 3 to 6 dB and the stereo width stretch, then reverse both before the drop so it enters dry, mono-solid, and punchy. Automate a low-pass filter sweep on the music bus through the build, closing down to around 500 Hz to 1 kHz and snapping open on the drop. Keep risers and white-noise sweeps 6 to 10 dB under the lead; they should pressurize the build without taking it over. And protect the silence: half a beat to a full beat of near-total silence right before the drop, with the reverb returns killed by automation, makes the first kick land harder than any amount of gain.
A/B your trance mix against a reference: matched loudness, band by band
Every decision above gets faster with a reference track from the trance you are aiming at, but the method matters. Louder always sounds better, so first match loudness: pull the reference down until it reads the same as your mix on a LUFS meter, usually 6 to 10 dB of trim on a commercial master. Then compare one band at a time. Low-pass both tracks at 150 Hz and switch back and forth: is your kick-and-bass roll as defined? Band-pass 200 Hz to 2 kHz: are your low mids cleaner or thicker? Listen above 5 kHz: do your hats and reverb air match? One band per pass turns a vague "theirs sounds better" into three concrete EQ moves. When you want that comparison measured instead of eyeballed, upload your mix to TrackSensei and it scores your frequency balance against released trance directly.
Loudness: master toward -6 to -8 LUFS, mix with headroom
Modern trance masters land around -6 to -8 LUFS integrated, and a dense supersaw mix only survives that much limiting if the mixdown underneath is clean. So separate the two jobs. Mix with the master fader untouched, peaks around -6 dB, no limiter, and get the balance right at that level. The deep sidechain, the 150 to 250 Hz high-passes, and the ducked reverb are what let the limiter push hard later without the drop folding into distortion. A mix that already rolls at -6 dB of headroom gets loud for free.
That is the whole system: a rolling low end with the sub in mono, a supersaw stack that survives the fold, one clear owner of 2 to 5 kHz, reverb that blooms only in the gaps, and an arrangement mixed for contrast. The hard part is hearing whether you hit the numbers, because dense trance production hides problems your room flatters. If you want measurements instead of guesses, upload a bounce to TrackSensei: it checks your mono compatibility, frequency balance, and loudness against released trance and tells you in two minutes which section of this guide your mix still needs.